Ben Patrick’s method challenges 50 years of exercise orthodoxy — and the evidence is hard to ignore.
6 min read · Based on the Tim Ferriss Podcast with Ben Patrick (Knees Over Toes Guy)
TL;DR
Ben Patrick had partial kneecap replacement surgery at 18, was on painkillers by 19, and was told his athletic life was essentially over. He fixed himself — and has since helped thousands of others — by systematically doing the opposite of what conventional exercise science prescribed. The core principle: your joints need strength through their full range of motion, not protection from it. If you have knee pain, back pain, or hip deterioration, this framework is worth understanding.
“Strength is gained in the range it is trained. Your body is not inflexible — it is smart. It guards you against positions where you are weak.”
For decades, the standard instruction in exercise science was clear: do not let your knees travel over your toes. Keep the shin vertical during squats. Protect the knee by limiting its range. This guidance made it into textbooks, coaching certifications, and physiotherapy clinics worldwide.
Ben Patrick, known as Knees Over Toes Guy, spent years in chronic pain following that advice. Then he stopped following it — and everything changed.
The problem with protecting a joint you never strengthen
The knee-over-toes prohibition came from 1970s exercise science research showing increased pressure on the knee joint when the shin travels forward past vertical. The conclusion drawn was logical on its face: if it creates pressure, avoid it.
What the research missed is that every time you descend a staircase, your knee travels over your toes. Every time you pick something up from the floor. Every time you accelerate from a standing start. The joint is constantly loaded in that position in real life — but in the gym, it was never being trained there. The result for a generation of athletes was joints that had never developed strength at the end of their range, guarded against positions their daily lives kept putting them in.
Patrick’s insight, drawn from strength coach Charles Poliquin and the Westside Barbell tradition, was that this was backwards. Avoiding a range doesn’t protect a joint — it creates a gap between what the joint is strong enough to handle and what life demands of it. Every time you land awkwardly, every time your foot slips, every time you descend stairs under fatigue, that gap becomes an injury waiting to happen.
What the backward sled actually does
The entry point of Patrick’s system — the thing that got him off painkillers within a week — is backward sled dragging. It sounds almost absurdly simple. You load a sled with weight and walk backward, pulling it behind you.
Every backward step loads the knee over the toes in a controlled, low-impact environment. The loading is pulling, not compressive — which means the joint is being trained in the target position without the same injury risk as forward-loaded movements. Patrick dragged backward before ever attempting any squat variation.
His 71-year-old mother — who began training with him after hip deterioration and a fall — has been doing backward sled work for eight years. She sprints. Her hip issues resolved. She credits the split squat and the sled as the two exercises that changed everything.
The progression is straightforward. Start with backward walking under light resistance. Add load gradually. Use it as a warm-up before every session — not because it’s a warm-up in the conventional sense, but because it builds circulation, prepares the knee for loaded range of motion work, and creates a training stimulus in a position most people have never systematically strengthened.
Full range of motion squatting — and why most people can’t do it
The second pillar is the full range of motion squat — descending all the way until the hips pass below the knees, controlling the bottom position, and returning without bouncing. Every toddler on earth does this naturally. Most adults over 30 cannot.
Patrick’s explanation for why is worth sitting with. The body is not inflexible by nature — it becomes guarded. When a joint has never been trained to be strong at the end of its range, the nervous system treats that position as dangerous and restricts access to it. The apparent inflexibility is actually the body’s protection mechanism working correctly.
The path back is not aggressive stretching. It is building strength in the position progressively until the nervous system stops guarding it. Tools that help: elevating the heels slightly with a slant board or rolled towel reduces the ankle mobility demand and lets people access depth sooner. Holding a counterweight out in front — a 25lb plate, a kettlebell — shifts the centre of gravity and reduces forward knee travel, allowing a pain-free introduction to the bottom position.
His target for everyone regardless of age or goals: hold a kettlebell and descend into a full squat without pain. Not a barbell squat, not a competition standard — just functional ownership of the position that humans used continuously for most of their evolutionary history.
The OMNIFIT angle: The full squat is not just a lower body strength exercise. It is a neurological competency — a position the nervous system either trusts or doesn’t. Training it is training the physical-neurological interface directly. Every OMNIFIT Physical session that includes lower body work should be building toward this, at whatever level is currently pain-free.
The front foot elevated split squat
The single exercise Patrick points to most consistently — for himself, for his mother, for clients across ages and conditions — is the front foot elevated split squat. One foot elevated 6 to 8 inches, the other foot back, descending until the front knee travels well past the toes.
The safety profile is high compared to bilateral squatting because the unilateral position makes it structurally harder to load the lumbar spine incorrectly. There is no bar on the back. The movement is self-limiting — if your range or strength isn’t there, you simply don’t go further. A staircase provides the elevation and a handrail for balance, making it accessible without any equipment.
For Patrick’s mother, this exercise resolved years of hip deterioration. The mechanism: the deep forward lean of the front shin stretches the hip flexors and loads the glutes through a range most people never train. Combined with the backward sled work, it addresses both the anterior and posterior chain in positions that transfer directly to walking, climbing, and sport.
The progression: start with the front foot on a low step, holding a railing for balance reduction. Work down to a flat surface as strength improves. Add load only after the movement is pain-free through full range.
The minimum effective dose principle applied to training
Patrick trains twice a week. Each session runs around 45 minutes. He dunks a basketball at 34, has had no knee or back problems for 12 years, and coaches his mother and father on the same framework at different levels.
His three principles, stated simply: move the body forward and backward under resistance — the sled covers this. Train from the ground up — address the lower legs and feet before the knees, knees before the hips. Train strength through mobility — the positions you are flexible in should also be positions you are strong in.
This is not a programme for competitive athletes building peak performance. It is a programme for people who want to keep playing — basketball, with their kids, through their sixties and seventies without chronic pain. The research base for low-volume, high-quality resistance training producing substantial adaptations is solid. What Patrick adds is the specificity of where to focus: the ranges and positions that conventional training systematically ignores.
The tibialis raise — strengthening the anterior shin muscle through a reverse calf motion — is the least glamorous piece and arguably the most underappreciated. Weak tibialis anterior is implicated in shin splints, ankle instability, knee tracking problems, and foot pain. Patrick does this before knee work in every session. Equipment required: a wall to lean against.
One thing to do this week
Add backward walking to the start of your next two training sessions. No sled required — walk backward for 2 to 3 minutes at a controlled pace on a flat surface. Notice where you feel it. If you feel nothing in the quads and knees, you are not going slow enough or the surface is too easy. Build to backward sled pulls when you have access. This one input, done consistently, is where Patrick’s entire system begins.